RPA-based low-voltage meter acquisition anomaly analysis method

Abstract

The invention discloses a low-voltage meter acquisition abnormity analysis method based on RPA, and solves the problems that in the prior art, electricity consumption information acquisition abnormity troubleshooting takes a long time, the troubleshooting empty window period is short, and the later-period troubleshooting regulation time is short. The method comprises the following steps that a meter acquisition abnormity report of the previous day is automatically extracted; according to the obtained data, selecting an abnormal transformer area to obtain the account numbers of all low-voltage users in the abnormal transformer area; acquiring the acquisition data of the low-voltage user, judging the acquisition abnormal condition of the user today, and further judging the acquisition condition of the meter; obtaining a transformer area line loss condition of a transformer area where an abnormal user is located, and querying a manager of the transformer area where the user is located; and S5, traversing all the users with abnormal collection, repeating the steps S3 to S5 until all the users are queried, and generating a final report. Abnormality checking time of collection management personnel is effectively shortened, the problem of meter collection abnormity is solved in time, and the collection integrity rate of the low-voltage meter is effectively improved.

Description

technical field [0001] The invention relates to the technical field of electricity consumption information collection in a power system, in particular to an RPA-based low-voltage meter collection abnormality analysis method. Background technique [0002] As an important power consumption information collection device, low-voltage meters play an important role in the power system. At present, the power supply of low-voltage meters is mainly taken from the power supply line, which can basically realize uninterrupted monitoring. However, for the acquisition module of its uploaded information, because the wired acquisition cannot be fully deployed for the time being, it is mainly sent wirelessly through the sim card. The performance of the devices varies. Abnormal phenomena such as insensitivity of the acquisition signal, the acquisition device not going online, and the acquisition device going up and down frequently occur. As a result, the data of the day cannot be uploaded in ...

AI Technical Summary

Problems solved by technology

It takes a long time to check on the same day, and when the equipment that cannot be solved by the on-site inspection needs to be replaced later, it cannot be completely replaced on the same day due to time constraints, resulting in poor management of collection exceptions

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